On the morning of 5 August, VNUHCM鈥揢niversity of Science (HCMUS) signed a cooperation agreement with the International College of Semiconductor Technology (ICST), National Yang Ming Chiao Tung University (NYCU, Taiwan), marking a significant step towards strengthening collaboration in semiconductor education and research.

NYCU is recognised for excellence in semiconductor education and research, supported by strong links with Taiwan鈥檚 semiconductor industry ecosystem.

A key component of the agreement is the introduction of a 1+1 Master’s joint study pathway, allowing students to spend one year at VNUHCM鈥揢niversity of Science (HCMUS) and one year at NYCU. Alongside the Master’s programme, both institutions agreed to strengthen collaborative research, academic exchanges involving faculty members, researchers and students, and the joint development of education and research activities in semiconductor technology.

Following the signing ceremony, the two institutions held a Seminar & Discussion featuring researchers from both sides. ICST presentations were delivered by Prof. Kuan-Neng Chen, Assoc. Prof. Yu-Sheng Su, Dr Chun-Hao Chen, Assoc. Prof. Chang-Ching Tu, and Assoc. Prof. Niall Tumilty, covering lithium chemistry for next-generation batteries, advanced packaging technologies, power semiconductor devices, and semiconductor materials.

Representing VNUHCM鈥揢niversity of Science (HCMUS), presentations were delivered by Assoc. Prof. L锚 膼峄ヽ H霉ng, Dr Nguy峄卬 Quang Kh么i, Assoc. Prof. Ph岷 Kim Ng峄峜, Prof. Tr岷 Th峄� Thanh V芒n, and Assoc. Prof. V农 Th峄� H岷h Thu. Presentations highlighted research achievements and future directions in Edge AI System-on-Chip (Edge AI SoC), semiconductor optoelectronics, memristor materials, rare-earth-doped luminescent materials, together with broader research directions in semiconductors and photonics.

Discussion centred on advanced packaging technologies, semiconductor materials, power semiconductor devices for electric vehicles and artificial intelligence, Edge AI System-on-Chip (Edge AI SoC), and optoelectronics, while also identifying promising opportunities for future collaborative research between the two institutions.

As part of the programme, the HCMUS delegation visited NYCU’s Nano Center/Cleanroom. The visit provided opportunities to explore cleanroom facilities, microchip fabrication and testing processes, and the centre’s research infrastructure. The programme also enabled further discussions on future collaboration in education and research, together with academic exchanges involving faculty members and students.

The cooperation agreement establishes a strong foundation for VNUHCM鈥揢niversity of Science (HCMUS) and the International College of Semiconductor Technology to expand joint education programmes, scientific research, and academic exchange in semiconductor technology.

From 27 July to 2 August 2026, a delegation of lecturers and students from the Faculty of Geology, VNUHCM鈥揢niversity of Science (HCMUS), participated in the Taiwan Academic Exchange and Field Experience Programme, jointly organised by the Institute of Mineral Resources Engineering (IMRE), National Taipei University of Technology (NTUT).

The programme marked the second consecutive year in which the Faculty of Geology at HCMUS has joined an international field programme with NTUT. Designed to foster academic exchange, expand international collaboration, and provide opportunities for lecturers and students to explore representative geological systems alongside contemporary research approaches in Earth Sciences, the programme reflects a shared commitment to experiential learning and research cooperation.

The HCMUS delegation included Ms Ph岷 Thanh Th霉y, Research and International Cooperation Assistant at the Faculty of Geology; Mr Nguy峄卬 Tu岷, Student Affairs Adviser at the Faculty of Geology; together with six undergraduate students. Throughout the programme, participants received academic guidance from professors and researchers at IMRE, NTUT, the Department of Geosciences at National Taiwan University (NTU), as well as support from government agencies, research institutes and science museums across Taiwan.

During the programme, the delegation undertook field investigations on the Matsu Islands, examining magmatic geology, granite formations, coastal geomorphology, and geological structures formed within the subduction zone where the Paleo-Pacific Plate descends beneath the Eurasian Plate. Alongside geological studies, participants also explored the relationship between geological heritage, local culture, and the military infrastructure that characterises the islands.

Field activities on the Matsu Islands enabled students to observe geological features directly, connect classroom knowledge with natural geological settings, and strengthen practical skills in field observation, analysis and discussion. Such experience forms a vital component of geological education, particularly in areas including petrology, tectonics, geomorphology and geological resources.

The delegation also visited the National Museum of Natural Science in Taichung, where the exhibition Earth’s Treasures showcases nearly 1,800 mineral and rock specimens. The visit provided lecturers and students with valuable opportunities to study an extensive collection of geological materials, observe modern exhibition practices, and explore approaches to communicating Earth Science knowledge to the wider public.

The programme also introduced current research and technologies in geothermal energy through the thematic session Harmony with Geothermal. At the Taiwan Volcano Observatory in the Tatun Volcano Group, participants exchanged knowledge with specialists on volcanic activity, monitoring systems, early warning technologies, and disaster risk reduction.

A key element of the programme was a working meeting at IMRE, NTUT, where representatives discussed future directions for collaboration in education and research. Discussions focused on academic exchange, joint field research, and the development of collaborative programmes in Earth Sciences.

The Taiwan Academic Exchange and Field Experience Programme not only provided valuable field-based learning opportunities for students but also strengthened professional links between the Faculty of Geology at HCMUS and international scientists, higher education institutions, and research organisations.

Through sustained collaboration with NTUT and partner organisations across Taiwan, the Faculty of Geology continues to broaden opportunities for field-based education, research and international engagement. Such initiatives align closely with the strategic direction of VNUHCM鈥揢niversity of Science in enabling students to engage with advanced knowledge, develop research capability, and build meaningful connections with the regional and global scientific community.

On 2 August, the PiMA 2026 Mathematics and Applications Summer Camp opened at VNUHCM鈥揢niversity of Science (HCMUS). Held under the theme Mathematics in Artificial Intelligence, the nine-day programme brings together 23 upper secondary school students from across 水果派AV解说 for lectures, research projects, seminars and academic exchange activities.

HCMUS has long partnered with PiMA in organising the summer camp, providing an academic environment where talented students can engage with contemporary mathematics, applied research and leading academics.

PiMA, short for Projects in Mathematics and Applications, was established in 2016 by Vietnamese mathematicians affiliated with leading universities around the world. The organisation promotes mathematics through research-based learning while demonstrating the role of mathematical sciences in addressing real-world challenges across science, technology and society.

The year 2026 marks the tenth anniversary of PiMA. Over the past decade, the organisation has inspired students across 水果派AV解说 to explore mathematics beyond the classroom, encouraging research-oriented thinking and introducing learners to modern fields of applied mathematics. What began as an academic summer camp has developed into a platform where young people investigate emerging scientific questions, collaborate in teams and develop research ideas under the guidance of academics, specialists and mentors.

The 2026 theme, Mathematics in Artificial Intelligence, reflects the growing influence of AI across education, research, industry and everyday life. Rather than focusing solely on AI applications, the programme highlights the mathematical principles underpinning machine learning, pattern recognition and predictive modelling, enabling participants to recognise mathematics as a foundation for technologies shaping the modern world.

Throughout the programme, participants will attend specialist lectures, undertake collaborative research projects, participate in seminars led by experts and engage in academic discussions with fellow students. Guidance will be provided by academics, specialists and mentors from universities, research institutes and industry in 水果派AV解说 and overseas. The programme also offers opportunities to strengthen teamwork, academic communication and presentation skills while building connections with peers who share a passion for mathematics and scientific discovery.

The European Patent Office (EPO) has granted European Patent No. 4432220 for the invention Annotation of Slice Images in Volumetric Medical Images, developed by a research team from VNUHCM鈥揢niversity of Science (HCMUS). The patent was officially published in the European Patent Bulletin on 8 July 2026. The achievement recognises the research capability, technological innovation, and international intellectual property protection efforts of Vietnamese scientists in the field of artificial intelligence for medical applications.

The inventors are Dr L锚 Kh谩nh Duy, Lecturer at the Faculty of Information Technology; Assoc. Prof. Tr岷 Minh Tri岷縯, Vice President; Nguy峄卬 H峄� Th膬ng Long, alumnus of the Talented Bachelor Programme (Cohort 2018) and researcher at the Software Technology Laboratory (currently a doctoral researcher at Dublin City University, Ireland); and Ph岷 Minh Kh么i, alumnus of the Talented Bachelor Programme (Cohort 2018) (currently a doctoral researcher at Dublin City University, Ireland).

In medical diagnosis, CT and MRI scans are commonly stored as hundreds of individual image slices. To create training datasets for artificial intelligence, specialists must annotate anatomical structures or tumours accurately on every slice. Such work is highly time-consuming, repetitive, and susceptible to inconsistencies between adjacent slices. The process therefore requires considerable effort while maintaining a very high level of precision.

The invention Annotation of Slice Images in Volumetric Medical Images introduces a method for assisting the automatic annotation of 3D medical images by exploiting the spatial relationships between consecutive image slices. Once a user creates or edits an annotation on one slice, a machine learning model predicts and propagates the annotation to neighbouring slices, eliminating the need to repeat the same task manually for every individual image.

A key innovation lies in the ability of the model to analyse not only the content of each image independently but also the visual characteristics of the target structure together with the relative positions of adjacent slices in order to predict the shape of the object throughout the complete 3D volume. As a result, annotations remain more continuous and accurate than approaches that process each slice separately. The system also assigns a confidence score to every annotation, enabling users to identify quickly which slices require further review or refinement. When an annotation is corrected, the system updates and propagates the revised information across other slices, thereby maintaining consistency throughout the dataset. Such capabilities substantially reduce the time and effort required for annotating 3D medical images while producing training data with greater consistency and quality for the development of artificial intelligence systems supporting medical image analysis and diagnosis.

The process of securing a European patent took approximately three years and involved several rounds of examination with specialists from the European Patent Office. According to Dr L锚 Kh谩nh Duy, the greatest challenge was demonstrating novelty and inventive step in accordance with European patentability requirements. The research team developed a new interactive approach between users and medical images, enabling faster and more efficient medical data annotation than existing solutions. To satisfy patent examination standards, however, the interaction mechanism had to be formulated as a clearly defined technical solution that fulfilled the requirements of the European patent system. Previous experience gained by Dr L锚 Kh谩nh Duy while working with human鈥揷omputer interaction research groups at technology companies in Europe also proved valuable in addressing technical issues and supporting the patent prosecution process.

A notable aspect of the achievement is that the invention was conceived and filed independently by Vietnamese researchers at a time when, in 2023, international patent filing support programmes remained limited. The research team explained that pursuing patent protection at an early stage reflected a determination to safeguard an idea with strong practical potential, together with continuous encouragement and support from Assoc. Prof. Tr岷 Minh Tri岷縯 throughout the development process.

Beyond intellectual property protection, the patent application process also enabled the research team to gain valuable experience in intellectual property law, international patent examination procedures, and the preparation of technical patent documentation. According to the researchers, such experience will benefit scientists seeking to transform research outcomes into intellectual assets eligible for international patent protection.

Dr L锚 Kh谩nh Duy also emphasised the importance of interdisciplinary research in achieving patentable outcomes. When a core technological solution is developed within a clearly defined application context, the technical value, practical potential, and overall strength of the invention can be demonstrated more convincingly during patent examination.

Following this achievement, the research team continues to pursue projects in virtual reality and augmented reality, with potential applications in physical rehabilitation training and other simulated environments. Further developments are expected to lead to additional patent applications in the future.

The granting of a European patent for Annotation of Slice Images in Volumetric Medical Images represents a significant milestone for research, innovation, and intellectual property activities at VNUHCM鈥揢niversity of Science. The achievement demonstrates that university research can extend beyond scholarly publication to become internationally protected technological solutions, bringing Vietnamese knowledge and research capability closer to the global scientific and technological community.

On 26 July, the 膼ong Thap Standing Volunteer Team of the 2026 Green Summer Campaign at VNUHCM鈥揢niversity of Science (HCMUS) collaborated with the Standing Committee of the Lap Vo Commune Youth Union to organise the 鈥淐huy岷縩 xe y锚u th瓢啤ng鈥� (Journey of Kindness) programme. Held in response to the peak activity day 鈥淐hi岷縩 s末 t矛nh nguy峄噉 u峄憂g n瓢峄沜 nh峄� ngu峄搉鈥�, the programme featured a range of welfare activities, experiential activities and youth projects, contributing to support for local residents and pupils in the area.

On this occasion, MSc V膬n Ch铆 Nam 鈥� Member of the Standing Committee of the Party Committee and Vice President of HCMUS 鈥� together with representatives from faculties, offices and units, visited the 膼ong Thap Standing Volunteer Team. The delegation met with student volunteers, received updates on campaign activities, encouraged the team and acknowledged the efforts made by students throughout volunteer activities and community service initiatives in the locality.

As part of the programme, the organising committee presented 20 welfare gift packages to policy beneficiary families and households facing financial hardship, along with 30 gift sets comprising backpacks and exercise books for pupils at Binh Thanh Trung Secondary School. The initiative provided practical support to local families while encouraging pupils as they prepare for the new academic year.

 

During the programme, the 膼ong Thap Standing Volunteer Team also presented a number of youth-led community projects developed in response to local needs. These included the 鈥淢谩y t铆nh c农 鈥� Tri th峄ヽ m峄沬鈥� (Old Computers 鈥� New Knowledge) initiative, which donated 10 computer sets; the 鈥淭uy岷縩 膽瓢峄漬g c峄� T峄� qu峄慶鈥� (National Flag Route) project; the 鈥淭峄� s谩ch thi岷縰 nhi鈥� (Children鈥檚 Book Corner) project; an air deodorising filter project using water hyacinth; and the inauguration of the 鈥淭uy岷縩 膽瓢峄漬g Sen Xanh 鈥� Th岷痯 s谩ng 膽瓢峄漬g qu锚鈥� (Green Lotus Route 鈥� Lighting Rural Roads) project.

The lighting project comprises 65 solar-powered street lights installed along a 1.8-kilometre road in Binh Hoa 3 Hamlet, Lap Vo Commune, 膼ong Thap Province. Beyond improving visibility for local residents, the project contributes to public safety, traffic safety and more convenient travel after dark, while promoting renewable energy, supporting the vision of a 鈥淏right 鈥� Green 鈥� Clean 鈥� Beautiful鈥� environment and encouraging greater environmental awareness within the community.

Alongside these community initiatives, the programme featured a series of interactive booths showcasing science, digital transformation and foreign languages, together with cultural performances and interactive games. Through these activities, pupils explored science and technology in an engaging way while interacting with student volunteers in a lively festival atmosphere.

A particular highlight of the event was a professional development workshop entitled 鈥溼花ng d峄g Generative AI c啤 b岷 trong gi岷g d岷鈥� (Basic Generative AI Applications in Teaching), delivered by lecturers from HCMUS for teachers across Lap Vo Commune. The session introduced the fundamentals of Generative AI, explored emerging applications of artificial intelligence in education and provided practical guidance on using AI tools to develop lesson plans, design teaching materials, generate illustrations and prepare assessment questions, contributing to improved teaching effectiveness and optimised lesson preparation time.

Through these projects and activities, students from VNUHCM鈥揢niversity of Science gained valuable opportunities to apply academic knowledge and professional skills in real-world settings, contribute their expertise to community service activities and work alongside local communities to address practical needs. The campaign also provides an environment for students to develop a sense of responsibility, strengthen practical working skills and cultivate a commitment to social contribution through volunteer activities.

Minh T芒m _ Translated by PMN

Graduating with distinction in Mathematics and an outstanding cumulative GPA of 9.57/10, 膼脿o Tr峄峮g To脿n concludes four years at VNUHCM鈥揢niversity of Science (HCMUS) with an impressive academic record. Yet, when asked how he would introduce himself without referring to grades or awards, To脿n does not begin with numbers. Instead, he describes a journey shaped by a lifelong fascination with the question “why”鈥攁 curiosity that has taken him from a love of Mathematics at secondary school to the doctoral research journey he is about to begin.

Pursuing answers to the question “why”

“I would describe myself as someone who has always been fascinated by the question ‘why’. From simple mathematical problems at school to abstract concepts such as hyperbolic spaces and geometric groups, what truly interests me is not finding the answer, but understanding why something is true.” For To脿n, four years at university marked a transition from studying to solve problems to studying in pursuit of knowledge. Every lecturer, every friend, every opportunity to undertake research and every academic paper he encountered contributed to a growing realisation that Mathematics is not simply an academic discipline, but also a way of thinking about and understanding the world.

That passion first emerged during secondary school, when To脿n joined the Mathematics team for gifted students and had the opportunity to learn from experienced teachers and specialists. More than problem-solving techniques, what stayed with him was the way those teachers revealed the broader intellectual landscape behind competition mathematics. From that point onwards, To脿n came to see Mathematics as an academic discipline rather than simply another school subject. When the time came to choose a degree programme, he enrolled in Mathematics at HCMUS, believing the University would provide an ideal environment in which to pursue his academic aspirations.

While many perceive Mathematics as an abstract discipline characterised by formulae and complex proofs, To脿n sees a distinctive beauty within the subject. For him, that beauty lies in logical reasoning and the elegant connections between concepts and ideas that may at first appear entirely unrelated. “Some theorems require only a few lines of proof, yet they connect many different ideas together. The result is a remarkable sense that every piece fits perfectly together.”

That sense of intellectual satisfaction has meant that To脿n has never regarded learning Mathematics as an exercise in memorisation. Rather than committing formulae to memory, he has always sought to understand each concept in depth and explore the relationships between ideas, gradually building an interconnected understanding of the subject. According to To脿n, a sound grasp of fundamental principles makes unfamiliar problems far easier to approach than relying on isolated pieces of knowledge. Such an approach has also helped him develop the habit of asking questions, examining arguments critically and exploring multiple ways of tackling the same problem.

Among his most memorable undergraduate experiences, an exchange semester at the National University of Singapore (NUS) through the DiscoverNUS scholarship programme stands out as a significant milestone. To脿n admits that the first few weeks were far from easy as he adjusted to studying in English and adapted to an academically demanding environment.

“NUS is one of Asia’s leading universities, so I expected the workload to be demanding. Even so, I was still surprised by how capable and hardworking the students were.” What impressed him most was not only the academic ability of fellow students, but also the extensive learning resources and the dedicated support provided by professors and teaching assistants, which encouraged independent learning. To keep pace with the curriculum, To脿n devoted more time to self-study, actively discussed coursework with classmates and gradually adapted to his new surroundings. Those efforts enabled him to complete the semester with a perfect GPA of 5.0/5.0.

Continuing a research journey while sharing a passion for Mathematics

Alongside his formal studies, To脿n became involved in research from the early years of his undergraduate programme. Under the supervision of Professor Mai Ho脿ng Bi锚n, he conducted research in algebra and participated in the 水果派AV解说 Polymath REU project, focusing on hyperbolic geometry. His research was presented at the DAHITO Conference, the VIASM Polymath Workshop and the HCMUS Scientific Conference. During his first year, he also won First Prize in Algebra and Second Prize in Analysis at the National Mathematics Olympiad for University and Secondary School Students.

As he gained experience, To脿n became involved in organising and teaching programmes for school students with a passion for Mathematics, including G岷穚 g峄� To谩n h峄峜, IGO and Tr岷 nghi峄噈 VMO. According to To脿n, these activities not only strengthened his presentation and organisational skills, but also reinforced an important realisation: “Sharing knowledge is also a way of learning more effectively.”

Throughout his undergraduate journey, To脿n speaks with particular gratitude about Professor Mai Ho脿ng Bi锚n, who supported him from his first year through to graduation. Beyond providing academic guidance, Professor Mai Ho脿ng Bi锚n also helped him develop the habit of asking meaningful questions and cultivate the mindset and working practices of a researcher. Opportunities to learn from lecturers and researchers through seminars and collaborative research activities in 水果派AV解说 and overseas further broadened his understanding of contemporary Mathematics and the long-term academic career he hopes to pursue.

Upon graduating, To脿n says that academic achievements were not the first thing that came to mind. Instead, he felt profound gratitude towards his family, friends and lecturers who had supported him throughout his university years.

“I feel deeply grateful and would like to express my sincere thanks to my family, my friends and the lecturers who believed in me and devoted so much time to supporting me.” He also expressed his appreciation to HCMUS and 水果派AV解说 National University Ho Chi Minh City for providing a vibrant academic environment that offered numerous opportunities to learn, grow and challenge himself.

Reflecting on four years at university, To脿n believes that the most valuable lesson has little to do with grades. “For me, the most valuable thing I have gained is the ability to learn independently and the perseverance to tackle difficult problems.”

University life, he says, taught him that no one can teach another person everything. Meaningful progress depends on reading independently, seeking out resources, asking questions and accepting that some problems require considerable time before genuine understanding emerges. He believes that capacity for independent learning will remain invaluable throughout his doctoral studies and in whatever path he chooses in the future.

In August 2026, 膼脿o Tr峄峮g To脿n will continue his academic journey by commencing doctoral studies at the National University of Singapore (NUS) under a fully funded doctoral scholarship. He plans to pursue advanced research in group theory, geometry and dynamical systems鈥攆ields he first encountered during his undergraduate studies and now hopes to explore in greater depth through his doctoral research.

Offering advice to prospective students preparing to study Mathematics, To脿n chooses not to emphasise awards or natural ability. Instead, he highlights perseverance and a genuine enthusiasm for learning. “Don’t be discouraged if you don’t understand a concept or a problem straight away. Almost everyone who studies Mathematics has experienced that feeling. Mathematics does not require you to be the smartest person in the room. Rather, success depends upon perseverance, curiosity and a willingness to keep learning. Don’t hesitate to ask questions, find friends who share your interests, and make full use of every opportunity to learn from your lecturers.”

CTV

Assoc. Prof. Nguy峄卬 V膬n V农, Vice Dean of the Faculty of Information Technology, delivering the opening remarks at the FIT Summer School on Intelligent Agents and Agentic AI 2026.

On the morning of 27 July, the Faculty of Information Technology at VNUHCM鈥揢niversity of Science (HCMUS) officially opened the FIT@HCMUS Summer School on Intelligent Agents and Agentic AI 2026. Running until 31 July, the programme features a series of advanced lectures on intelligent agents, Agentic AI, and emerging applications of artificial intelligence in software engineering, robotics, cybersecurity, and data processing.

FIT@HCMUS Summer School is an annual academic initiative organised by the Faculty of Information Technology to enable learners to strengthen specialist knowledge, engage with emerging technological developments, and broaden connections with researchers, academics, industry experts, and corporate partners.

Building on previous editions that explored Generative AI, Large Language Models (LLMs), and Multi-Agent Systems, the 2026 programme focuses on Intelligent Agents and Agentic AI. These research directions are attracting growing international attention as AI systems increasingly evolve towards planning, tool utilisation, collaboration with other agents, autonomous task execution, and result verification within complex workflows.

Throughout the five-day programme, participants explore topics ranging from the mathematical foundations of Large Language Models, the principles of Agentic AI, and Multi-Agent Systems to engineering workflows, prompt engineering methodologies, and practical applications in software development, robotic control, document restoration, and cybersecurity.

Through specialist lectures and academic discussions, the FIT@HCMUS Summer School on Intelligent Agents and Agentic AI 2026 provides participants with a systematic understanding of recent advances in artificial intelligence, spanning theoretical foundations, engineering methodologies, and real-world applications.

Participation from researchers, academics, students, engineers, and industry representatives further strengthens connections between education, research, and professional practice. Knowledge shared throughout the programme provides participants with a stronger foundation for developing new ideas, pursuing future research directions, and exploring applications of next-generation AI technologies to address practical challenges.

Speakers and Programme Schedule

Monday, 27 July

Time	Session	Speaker
08:15 鈥� 08:30	Opening Remarks	Assoc. Prof. Nguy峄卬 V膬n V农, VNUHCM鈥揢niversity of Science (HCMUS)
08:30 鈥� 11:30	Mathematical Foundations of Large Language Models	Dr C岷 Tr岷 Th脿nh Trung, VNUHCM鈥揢niversity of Science (HCMUS)
13:30 鈥� 16:30	Introduction to Foundations of Agentic AI	Prof. Tr岷 Thanh Long, University of Warwick, United Kingdom

Tuesday, 28 July

聽 聽 聽 聽Time聽 聽	Session	Speaker
08:00 鈥� 11:00	Agentic Engineering Workflow: Mastering Agentic Processes from Vibe Coding to Vibe Engineering	MSc Nguy峄卬 Huy Kh谩nh and MSc Ph岷 Ho脿ng H岷, VNUHCM鈥揢niversity of Science (HCMUS)
13:30 鈥� 16:30	Unlock Your Agent: From Prompt Engineering to Reusable AI Skills	MSc Ng么 Ng峄峜 膼膬ng Khoa, VNUHCM鈥揢niversity of Science (HCMUS)

Wednesday, 29 July

Time	Session	Speaker
08:00 鈥� 11:00	Voice-Controlled Robotics Using LEGO Mindstorms EV3 and Large Language Models	Dr Cao Xu芒n Nam, VNUHCM鈥揢niversity of Science (HCMUS)
13:30 鈥� 16:30	From LLM Hallucination to Loop Engineering: Why Does AI Need Verification Loops?	MSc Tr岷 V膬n Qu媒, VNUHCM鈥揢niversity of Science (HCMUS)

Thursday, 30 July

Time	Session	Speaker
08:00 鈥� 11:00	Autonomous SOC: Using AI as a Proactive Shield in Cybersecurity	MSc 膼峄� Ho脿ng C瓢峄漬g, VNUHCM鈥揢niversity of Science (HCMUS)
13:30 鈥� 15:30	Automation with AI Agents and Applications in Software Development	Dr Ng么 Minh Nh峄眛, VNUHCM鈥揢niversity of Science (HCMUS)
15:30 鈥� 16:30	OWASP Top 10 for LLM Applications and Prompt Injection Attacks	Mr Nguy峄卬 Th脿nh L峄檆, OPSWAT

Friday, 31 July

Time	Session	Speaker
08:00 鈥� 11:00	Introduction to Modern Multi-Agent Systems	Prof. Tr岷 Thanh Long, University of Warwick, United Kingdom
13:30 鈥� 16:30	Autonomous Text Restoration in Degraded Document Images	Dr Nguy峄卬 H峄搉g B峄璾 Long, VNUHCM鈥揢niversity of Science (HCMUS)
16:30 鈥� 16:45	Closing Remarks	Assoc. Prof. Nguy峄卬 V膬n V农, VNUHCM鈥揢niversity of Science (HCMUS)

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HCMUS researchers combining electrical resistivity surveying with ground-penetrating radar to improve the reliability of survey results.

Nearly six decades have passed. Many traces of war have been obscured by time and changing landscapes, yet the search for those who gave their lives in service of the nation has never ceased. Through ground-penetrating radar (GPR) and advanced geophysical methods, researchers from VNUHCM鈥揢niversity of Science (HCMUS) are contributing scientific evidence to support the search for and recovery of the remains of fallen soldiers, demonstrating how present-day scientific knowledge can honour history through gratitude, responsibility and professional dedication.

Since June, a team of specialists from HCMUS has worked alongside relevant authorities to conduct surveys across three areas within Le Thi Rieng Park, Ho Chi Minh City, covering a total area of approximately 2,500 square metres. Survey locations were identified through historical records, eyewitness accounts and findings from previous studies.

At each site, researchers employed both ground-penetrating radar and electrical resistivity surveying to investigate areas requiring further examination and verification. Geophysical data collected in the field were subsequently processed using specialised algorithms to reduce signal noise, generate geological cross-sections, produce anomaly maps and construct three-dimensional subsurface models. Analysis of these datasets enables the research team to identify locations displaying characteristics that differ from surrounding geological conditions. Such findings provide valuable scientific evidence for delineating priority areas, cross-checking historical information and recommending locations for further field investigation.

According to Assoc. Prof. L锚 V膬n Anh C瓢峄漬g, Head of the Department of Geophysics, Faculty of Physics and Engineering Physics, HCMUS, ground-penetrating radar operates by transmitting electromagnetic waves into the ground and analysing wave propagation, reflection and scattering as signals encounter materials with different dielectric properties. During field surveys, the system continuously emits electromagnetic pulses beneath the surface and records reflected signals from geological layers or anomalous subsurface objects. Careful processing of these reflected signals enables specialists to identify variations in geological structures and determine the locations of features requiring further investigation.

Assoc. Prof. L锚 V膬n Anh C瓢峄漬g explained that, in the search for the remains of fallen soldiers, ground-penetrating radar does not directly detect human remains. Instead, the technology identifies traces associated with historical burials. Such indicators may include disturbed soil resulting from excavation and backfilling, disrupted geological boundaries, metallic objects such as canteens, firearms, ammunition casings or personal belongings buried alongside the deceased. Long-term changes in soil structure and gradual ground subsidence may also produce electromagnetic anomalies that can be detected by radar. Once processed and analysed, these anomalies help identify locations that should be prioritised for field verification.

Compared with large-scale exploratory excavation, the use of ground-penetrating radar enables authorities to narrow search areas before excavation begins, significantly reducing time, labour and cost. In many cases, preliminary analysis of field data can also be completed on site, supporting initial decision-making. According to Assoc. Prof. L锚 V膬n Anh C瓢峄漬g, however, locating mass burial sites created almost 60 years ago presents considerable challenges. Urban development, land reclamation and changes to terrain have left many targets buried much deeper than the original ground surface. Decades of burial have also caused physical traces to weather gradually and merge with surrounding geological materials, reducing the strength of reflected electromagnetic signals. For that reason, successful investigations depend upon the integration of advanced technology, specialist expertise and reliable historical evidence.

Assoc. Prof. L锚 V膬n Anh C瓢峄漬g emphasised that recommendations for site delineation or excavation are never based solely on radar data. Survey findings must be examined alongside historical maps, archival records, eyewitness testimony and results from complementary investigations. Only locations supported by multiple lines of evidence are prioritised for field verification or archaeological excavation. Alongside ground-penetrating radar, the research team continues to integrate additional geophysical techniques, including electrical resistivity tomography (ERT), electromagnetic sensing, shallow seismic surveys, three-dimensional mapping, unmanned aerial vehicles and artificial intelligence to improve confidence in survey findings.

Survey work conducted at Le Thi Rieng Park represents the latest stage in a series of initiatives undertaken by HCMUS to apply geophysical technologies to the search for and recovery of the remains of fallen soldiers. Under Official Dispatch No. 5144/VPCP-KGVX issued by the Government Office, 水果派AV解说 National University Ho Chi Minh City (VNUHCM) and VNUHCM鈥揢niversity of Science (HCMUS) were tasked with mobilising specialist researchers and advanced equipment to support survey, search and recovery operations across southern 水果派AV解说 through July 2027. The first operation was carried out in Quang Ngai Province, along Truong Chinh Street, where historical evidence suggests the presence of mass burial sites containing the remains of approximately 70鈥�90 soldiers who lost their lives during the 1968 Tet Offensive.

The continued application of advanced geophysical technologies to the search for the remains of fallen soldiers demonstrates the research capability and technology transfer capacity of scientists at HCMUS. More broadly, such work illustrates how science and technology in 水果派AV解说 are making increasingly meaningful contributions to missions of profound historical significance and humanitarian value.

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On 23 July, the Closing Ceremony of the Volleyball Tournament within the framework of the VNUHCM Student Sports Festival 2026 took place at the Gymnasium of VNUHCM鈥揢niversity of Science, bringing four days of spirited competition to a close. At the tournament, the teams representing HCMUS made a distinctive mark by securing the championship title in the women鈥檚 volleyball event and third place in the men鈥檚 volleyball event.

The ceremony was attended by representatives of the Sports Festival Organising Committee, representatives of the Youth Union Executive Board and Student Associations of VNUHCM member universities, alongside numerous athletes and supporting students.

 

Taking place from 20 to 23 July 2026, this year鈥檚 VNUHCM Student Sports Festival Volleyball Tournament gathered hundreds of student athletes from member universities across the system. Throughout four days of fixtures, the teams delivered numerous compelling matches of high professional quality, demonstrating a spirit of unity, integrity, and fair play.

 

Beyond serving as an athletic platform, the tournament offered an invaluable opportunity for students from member institutions to connect, learn from one another, strengthen institutional ties, and promote the physical training movement throughout the entire VNUHCM system.

At the closing ceremony, the Organising Committee presented trophies, medals, and certificates of merit to the high-achieving teams across both competition categories.

Women鈥檚 Volleyball Division

• First Place: University of Science
• Second Place: University of Social Sciences and Humanities
• Third Place: University of Technology

Men鈥檚 Volleyball Division

• First Place: University of Technology
• Second Place: University of Information Technology
• Third Place: University of Science

The achievements of both teams reaffirm the strong commitment of HCMUS to physical education and sports activities, contributing to the development of a dynamic educational environment that encourages students to excel holistically across academics, practical skills, and physical well-being.

 

The Closing Ceremony officially concluded the volleyball events of the VNUHCM Student Sports Festival 2026, whilst furthering a spirit of solidarity, exchange, and athletic dedication across the student community of all member universities.

On 24 July, the Evaluation Council for a VNUHCM-level research project held an evaluation session for the project titled 鈥淩esearch on Natural Radioactivity Distribution Coefficients in Soil and Water Environments and Application to Predict Changes in Natural Radioactive Background in Soils and Several Freshwater Lakes in 水果派AV解说鈥�, led by Assoc. Prof. L锚 C么ng H岷.

The project aims to determine distribution coefficients of naturally occurring radionuclides in soil and water environments in 水果派AV解说, while applying these coefficients to models for predicting changes in natural radioactive background in soils and several freshwater lakes. According to the acceptance report, the research team established a database on the distribution of naturally occurring radionuclides in soil and water environments through surveys of 12 soil鈥損lant systems, 79 water sampling locations and 20 sediment sampling locations. Based on these findings, the team determined solid鈥搇iquid distribution coefficients (Kd), soil鈥損lant transfer factors (TF), suspended solids鈥搘ater distribution coefficients (K鈧泈), and radon emanation coefficients (F鈧涒倯d, F鈧愨倻鈧�) under environmental conditions in 水果派AV解说.

The collected data were integrated into semi-empirical models, the Rn-222 equilibrium model and the QWASI model to predict groundwater convection rates, variations in radioactive background levels in soils, and Ra-226 concentrations in water from quarry lakes. The project also conducted quantitative assessments of radiation exposure doses related to crops, water resources and public health, contributing scientific foundations for environmental monitoring, radiation safety assessment and resource management in 水果派AV解说.

According to the research team, one of the project鈥檚 notable outcomes is the establishment of a soil鈥損lant transfer factor (TF) dataset based on experimental data collected under 水果派AV解说鈥檚 environmental conditions. The dataset contributes additional information on radionuclide transfer processes in tropical environments and can support further studies on radiation dose assessment, radioactive transport modelling and environmental management.

Regarding scientific outputs, the project published one Q1 international journal article, three Q2 journal articles and one Q3 journal article; successfully trained one doctoral researcher and one master鈥檚 student; and delivered numerous presentations at domestic and international scientific conferences and workshops. According to the acceptance report, the project fulfilled its registered objectives and exceeded targets in several areas, including training, scientific publications and research outputs. The Evaluation Council unanimously agreed to accept the project, confirming that all registered objectives had been achieved and the project met the required standards.